615611 Electronics Workshop 2 Manual - Thames & Kosmos

More documents

Recommendations

Info

The Components Electronics Workshop 2 consists of many electronic components along with this 172-page instruction manual containing over 300 experiments . The component list begins on this page and continues through page 10, with photos, part numbers, circuit diagram symbols, and assembly symbols . Some of the plastic parts, buttons, etc ., may be found on or in the consoles . Upper console sections 1 and 2 are each assembled with a lower console section, a hinge pin, and two caps (Assembly Image 1) . A K operate EP both consoles independently . Ta A R LED K C G H I The contact clips are for grabbing components, wires, and the modules . They provide a mechani- E C V + the dial’s marker + C lines up with the first scale marker on the console when the potentiometer is A turned all the way to the left (Assembly Image 5) . AMP – E D Ge A C Speaker terminal wires connected to contact clips M and N AMP E – M N TF E C A D E F V + Potentiometer terminal wires connected to contact clips D, E, and F The additional caps are for connecting the upper and lower console sections when you want to Stick this second dial onto the shaft of the 100-kilohm potentiometer after attaching it, once again in such a way that the dial’s marker lines up with the first scale marker on the console when the potentiometer is turned all the way to the left (Assembly Image 5) . A DSi A K Potentiometer terminal wires connected to contact clips G, H, and I We recommend working through the experiment manual step by step from the beginning . That will allow you to get to know all of the lab components and carry out all the experiments successfully . Please pay attention to the safety advice on the inside front page! We wish you lots of success and many enjoyable hours with the Thames & Kosmos Electronics Workshop 2 kit! The caps serve as hinges on the outside and for connecting the upper and lower console sections . The dial is fastened with the long screw from bag 1 onto the variable capacitor shaft . To do that, first turn the variable capacitor all the way to the left, set the dial onto the variable capacitor with its marker pointing to the left, and then screw it on (Assembly Image 5) . The hinge pin connects console 1 to console 2 . After attaching the 10-kilohm potentiometer, stick the dial onto its shaft in such a way that cal hold and, at the same time, create an electrical connection for the components . Insert the B T contact clips into the rectangular recesses of the experiment console until you hear them click (Assembly Images 2 and 3) . SP P K C E D Si TF Assembly and Experiment panel Upper console, section 1 070 207 Upper console, section 2 070 307 Lower console 2 pieces 070 407 Component tree 1 With 2 caps and knob for double variable capacitor 004 012 Component tree – 2 7 8 LED 3 A K 6 9 5 10 Contact clips A K IR-LED B C p n p E E With 2 caps and knob for potentiometer 324 004 032 IN PCO + + + HS Component tree 3 4 11 – 3 12 2 13 Bag with 102 pieces 771 860 – Bag with 33 pieces 000 612 + X With hinge pin and knob for potentiometer 004 022 OUT PLL VCO NTC – G H I VCI R 1 14 3
K L R R M N M N R Photo R Assembly CDS CDS Circuit diagram symbol Speaker terminal wires SP 9-volt battery A Kclip connected to contact clips M and N Speaker terminal wires SP C 2 pieces C 042 106 CDS C C connected to contact clips M and N TF E TF C K KA A E M N C 9 C V + C – TF TF E A A A R C C K A C DGe K B C DGe p K n p E E Short C wire bridges EP 4 bags EP with 10 pieces B each C n 000 DGe282 p n K EB B CE C p n p p n p E E E E Long wire bridges Insert one battery R clip in a compartment under console 1, thread its terminal wires E through and insert them into contact clip 404 (red positive terminal) and contact clip 804 V (black negative + terminal) . Place the second battery clip in console 2 and connect it to contact clips + C Speaker terminal wires 110 (positive) V SP + A and 810 (negative) (Assembly Images connected 9 to 12) to contact . Finally, clips mount M and Neach clip on a AMP 9-volt + + battery, – and C – it’s ready to go . A K E MA AMP U – C V A TF E C D E F B TF A D ED E FC P Ge E D E P K Ge Potentiometer terminal wires connected to contact clips D, E, and F K Potentiometer terminal wires connected V + to contact clips D, E, and F O + R C A AMP C 10 kΩ – P E EP C B C K A EP A NTC D E F B B E D AP The short wire Ge bridges have to be bent to a size of 15 mm (Assembly Images 13 and E DSi 14); E they create an electrical connection between the Aindividual R contact K clips . A D K Potentiometer terminal R wires connected R Ta DSi Si R to Acontact clips D, E, Kand F NTC D C Ta K Si LED 1 EP A B + K C C A LED 1 K 4 bags with A LED 2K B 10 pieces each B C C n p n p 000 292 n A LED 2 K n E E E E A K B C B C EWire sections E (about LED 1 300 mm) NTC E E A A B KC 3 bundles LED A B2C with 4 pieces each 000 A 151 K Double variable capacitor connected to clips A, B, and C Double Bvariable Ccapacitor connected to clips A, B, and C EP A E 10 mF C B C B LED C NTC NTC C K LED C E E E A K The long wire C bridges have to be bent to a size DSi G of H I30 mm (Assembly Images 13 and 14); PHT they cre- A K D ate an electrical connection C Ta between the individual contact clips . C G H I Si B T C + B K + B T Potentiometer terminal wires connected C E C A E to contact clips G, H, and I Potentiometer terminal wires connected E 100 nF A C to contact clips G, H, and I + – A LED C A DGe S T K A DGe K A K D Ge B Ge For some experiments, C the ready-to-bend wire Gbridges H I won’t be enough . Sometimes, you will 220 kΩ K B need longer pieces of wire . You will also need them to lengthen the terminal connection K for the B T LEDs, when you want to install them in the console (Assembly Image DGe18) . A K E E Potentiometer terminal wires connected E to contact clips G, H, and I Bag 1 with small pieces EP 000 A B 148 C A C EP EP D Ge A K er terminal wires ontact clips K and L LED 3 K 6 61 1 6 1 4 + + + Ta Ta Ta 2 2 Pushbutton Double variable capacitor connected to clips A, B, and C 2 pieces 2 Screws PWM Uin D0 Din PWM D1 Beep Uin D0 Din D1 D2 Beep Start D2 D3 Start Reset D3 D4 Reset +5V D4 D5 +5V GND D5 GND GND +9V GND +9V – – – 4 43 3 4 3 100 nF 10 µF 220 kΩ 3 pieces for the variable capacitor + A – LED HS 1 1 The pushbutton serves to create a temporary conductive connection between two points in a circuit . You can use it to close an electrical circuit and, for example, switch on an LED for as long as the button is pushed K L . After you release it, the connection is broken again . In the diagrams, K L the pushbutton is labeled “Ta .” 1 6 6 6 2 2 2 D Ge A K Galvanometer A K Galvanometer terminal terminal wires wires connected connected to contact to contact clips clips K and K and L L A K IR-LED A C Variable capacitor terminal wires connected to contact clips A, B, and C plastic pieces have to be removed from that location in the console (Assembly Image 4) . The best E The variable capacitor is secured to B console 1 with the two short screws . First, though, the two Double Double variable variable capacitor capacitor LED LED 3 3 A B connected connected to to A clips clips A, A, B, B, and and C V way is to wiggle them A Aback K Kand forth until they break off . Be sure to save these parts, because + they will be needed later for the phototransistor, LED LED infrared transmitting diode A AMP and optical fiber A A K K K – K EP IR-LED EP IR-LED E capacitor (Assembly Image 5) . EP EP 6 1 B DGe A K LED 3 A B C 2 4 4 4 3 3 3 4 3 K L Galvanometer terminal wires connected to contact clips K and L 1 6 2 4 3 E – AMP AMP AMP E – E – Ta Ta LED 1 LED 1 A HS K LED 2 LED 2 LED LED A + A A + K M N A B AC B C K A A C C B C C B C C – – Speaker Variable terminal Variable wires capacitor capacitor terminal terminal wires LED BSPwires T connected to connected contact connected clips to contact M to and contact clips N clips A, B, A, Band B, and C C T KE E EP E E E C E EP B B A B C AHSB HS C E TF C A C TFC experiments (Assembly Images 19 to 29) . The long screw is for attaching the dial to the variable 66 11 100 nF 10 µF 100 nF 100 nF 220 kΩ 10 µF 220 kΩ 220 kΩ + + – A A 10 µF A 22 – E V V + + V + 44 33 – AMP Variable capacitor terminal wires Ta Ta connected to contact DGe clips A, B, and C DGe A A K K A A 6 1 6 1 D E F 6 1 V + A B C 2 2 Potentiometer terminal wires 2 4 3 4 3 11 66 4 3 22 1 1 P 6 6 1 2 6 2 A C 44 B D GeD Ge A 2 33 AK 4 4 K 3 3 4 3 + 9V + 9V + 9V A K + 10 m K + 100 n 10 m 7 8 220 c ck E E OUT 1OUT 1 E OUT 1 7 7 8 8 100 n 220 Po Po Sp connecte DSi A Sp connecte conn AMP Poten connected Po Po AMP PoteP connecte conn
Page 4 and 5: The connection pins are used to con
Page 6 and 7: V R T nd and N N The phototransisto
Page 8 and 9: D2 D2 D3 D3 GND C p n p E GND Digit
Page 10 and 11: Assembly Instructions The Consoles
Page 12 and 13: Figure 167. Good for the weather st
Page 14: 23 Playground (I) Let’s play a li

615611 Electronics Workshop 2 Manual - Thames & Kosmos

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?